The Louis Vuitton x Frank Gehry Collection is for fans of luxury fashion and architecture alike, and through handbag designs, it explores themes that were fundamental to the Canadian-American architect's career. Architecture and Form, Material Exploration and Animals were the inspiration for this limited-edition, luxury handbag collection.
While the Capucines bag is reimagined through an architectural eye, the vision for the Concrete Pockets bag was brought to life with 3D printing and The Analog Bag mimics the geometric style of Gehry’s IAC Building in New York City.
At Art Basel Miami Beach, the luxury label's display booth offers a look at the legendary architect's design process with wood and cardboard models, as well as playful reimaginings of Gehry’s works like Twisted Box Trunk from the Celebrating Monogram series.
Architectural Luxury Handbags
The Louis Vuitton x Frank Gehry Collection is an Exploration of Form
Trend Themes
1. Architectural Fashion - The Louis Vuitton x Frank Gehry Collection blends luxury fashion with architectural concepts, paving the way for architectural fashion trends.
2. 3D Printed Luxury - The Concrete Pockets bag demonstrates the potential for 3D printing in the luxury handbag industry, ushering in a new era of customizable designs.
3. Geometric Influences - The Analog Bag's geometric style inspired by Frank Gehry's IAC Building showcases the rising demand for structured and angular designs in the luxury handbag industry.
Industry Implications
1. Fashion and Architecture - The Louis Vuitton x Frank Gehry Collection bridges the gap between the fashion and architecture industries, giving rise to collaborative opportunities.
2. 3D Printing - The use of 3D printing in the Concrete Pockets bag opens up possibilities for innovation in the 3D printing industry, particularly in the luxury goods market.
3. Luxury Handbags - The Louis Vuitton x Frank Gehry Collection introduces a new wave of geometric and architectural influences into the luxury handbag industry, inspiring potential disruption in design and materials.